Answer: Four times.
Explanation:
Based on the information given, the government expenditure multiplier in this case goes thus:
K = ∆Y/∆G = 1/1-MPC = 1/MPS
For the first country with a MPS of 0.05, K = 1/MPS = 1/0.05 = 20
For the first country with a MPS of 0.2, K = 1/MPS = 1/0.2 = 5
Therefore, 20/5 = 4.
Therefore, the answer is four times.
Answer:
$35,660
Explanation:
the depreciable value of the vehicle = $47,550 - $4,500 = $43,050
depreciation expense per mile driven = $43,050 / 105,000 miles = $0.41
depreciation expense 2019 = $0.41 x 10,500 = $4,305
depreciation expense 2020 = $0.41 x 18,500 = $7,585
accumulated depreciation = $11,890
book value = $47,550 - $11,890 = $35,660
Answer:
Your account will be placed on a fixed deposit whereby no transaction occurs until particular set periods.
Explanation:
The loanable fund's theory of interest shows that interest rates on loans are determined by supply and demand for funds available for lending because higher rates will be due to higher demand for lending while higher supply can reduce lending.
Loanable funds encompass family savings and/or bank loans. because funding in new capital items is regularly made with a loanable price range, the demand and supply of capital are often mentioned in phrases of the demand and delivery of loanable funds.
The delivery of loanable finances is based on financial savings. The demand for loanable budgets is primarily based on borrowing. The interaction between the supply of financial savings and the call for loans determines the actual hobby price and how much is loaned out.
The loanable budget market illustrates the interaction of borrowers and savers in the economic system. it is a version of a marketplace model, however, what is being “bought” and “offered” is cash that has been saved. debtors call for a loanable price range and savers supply loanable finances.
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Answer:
B; it offers an expected excess return of 1.8%
Explanation:
Here are the options :
A; it offers an expected excess return of .2%A; it offers an expected excess return of 2.2%B; it offers an expected excess return of 1.8%B; it offers an expected return of 2.4%
to determine which stock is the better buy, we have to calculate the expected return of the stocks using CAPM
According to the capital asset price model: Expected rate of return = risk free + beta x (market rate of return - risk free rate of return)
Stock A = 5% + 1.2(9% - 5%) = 9.8%
Stock B = 5% + 1.8(9% - 5%) = 12.20%
The next step is to determine the excess return
stated expected return - calculated expected return = excess return
Stock A's excess return = 10% - 9.8% - 0.2%
Stock B's excess return = 14 - 12.20 = 1.8%
Security B would be considered because it has a higher excess return
